The solution for x^4 * x^12 is x^16. When multiplying two terms with the same base, you can simply add the exponents together. In this case, 4 + 12 = 16, so the solution is x^16. **

No, the product of x and 12 is not equal to x. When you multiply x by 12, you are essentially multiplying x by 12, not just x alone. Therefore, the result will be 12 times the value of x, not the same as x itself. **

The product of x^4, x, and 6 is 6x^5. This can be found by multiplying the coefficients together (6) and adding the exponents of x (4+1=5). Therefore, the product is 6x^5. **

The domain of both h(x) = x^6 and f(x) = x^5 is all real numbers, as there are no restrictions on the input values of x. The range of h(x) = x^6 is all non-negative real numbers, as the function will always output a non-negative value. The range of f(x) = x^5 is also all real numbers, as the function will output both positive and negative values. **

To solve the fractional equation x/(1+x) = (12x)/(12+x^3), first, cross multiply to get rid of the fractions. This gives you x(12+x^3) = 12x(1+x). Then, distribute and simplify the equation to get 12x + x^4 = 12x + 12x^2. Rearrange the equation to get x^4 - 12x^2 = 0. Factor out x^2 to get x^2(x^2 - 12) = 0. Then, solve for x by setting each factor equal to zero, giving you x = 0 or x^2 = 12. Finally, solve for x by taking the square root of both sides to get x = ±√12. **

The function f with f(x) = x^12 + 4 is a polynomial function. It takes an input value x and raises it to the 12th power, then adds 4 to the result. This function represents a curve that grows rapidly as x increases, due to the high power of x. The constant term of 4 shifts the curve upwards by 4 units on the y-axis. **

23 x 12 is not 13 because when you multiply 23 by 12, you are essentially adding 23 twelve times. This results in a much larger number than 13. In fact, 23 x 12 equals 276, which is significantly greater than 13. Therefore, 23 x 12 is not 13. **

To calculate the value of the function f(x) = 6 + 10x^3 for x=3, 6, and 9, we simply substitute the given values of x into the function. For x=3, f(3) = 6 + 10(3)^3 = 6 + 10(27) = 6 + 270 = 276. For x=6, f(6) = 6 + 10(6)^3 = 6 + 10(216) = 6 + 2160 = 2166. For x=9, f(9) = 6 + 10(9)^3 = 6 + 10(729) = 6 + 7290 = 7296. **